void UpdateTexture(string name, TextureProcessor processor)
{
RenderTexture old = Globals.instance.components.previewRenderer.material.GetTexture(name) as RenderTexture;
Globals.instance.components.previewRenderer.material.SetTexture(name, null);
if (old != null)
{
RenderTexture.ReleaseTemporary(old);
}
Globals.instance.components.previewRenderer.material.SetTexture(
name,
processor.Generate(Globals.instance.textureSize_preview).renderTexture
);
}
protected override RenderTexture GenerateRenderTexture(int resolution)
{
AO ["Range"] = this ["Range"];
AO ["Quality"] = this ["Quality"];
AO ["Intensity"] = this ["Intensity"];
AO.inputs [0].connectedProcessor = this.inputs[0].connectedProcessor;
blur ["Range"] = this ["Range Blur"];
blur ["Quality"] = this ["Quality Blur"];
blur ["Undersampling"] = this ["Undersampling Blur"];
blur.inputs [0].connectedProcessor = AO;
ProTeGe_Texture t2 = blur.Generate(resolution);
return(t2.renderTexture);
}
protected override ProTeGe_Texture GetBandNoise(int i, int resolution)
{
perlin["Resolution"] = resolution / Mathf.Pow(2, i + 1);
return(perlin.Generate(resolution));
}
protected override ProTeGe_Texture GetBandNoise(int i, int resolution)
{
seeder["Density"] = Mathf.Log(resolution / Mathf.Pow(2, i + 2)) / Mathf.Log(2);
return(cellular.Generate(resolution));
}